岩土工程课程,geotechnical engineering courses
1)geotechnical engineering courses岩土工程课程
1.Based on the experiences ofgeotechnical engineering courses teaching,methods of teaching are generalized.对岩土工程课程特点和教学中存在的问题进行了探讨,根据自身对岩土工程课程的认识,总结了该课程的教学方法。
英文短句/例句
1.On the construction of geo-environmental engineering curriculum system on civil engineering aspect土木工程专业环境岩土工程课程建设探讨
2.Construction of Geotechnical Courses in Expanded Civil Specialty;“大土木”概念下的岩土工程课程群建设研究
3.Teaching reform and exploration of experiment course in rock and soil engineering工程岩土学实验课程教学改革与探索
4.Working specification for investigation of geotechnical engineering岩土工程勘察工作规程
5.Course Construction and Teaching Reform of Geotechnical Engineering Courses;土木工程专业岩土工程系列课程建设与教学改革
6.Creating Geotechnical Engineering Courses System and Training Professional Students创建岩土工程学科特色课程体系培养创新人才
7.Specification for geotechnical field description岩土工程现场描述规程
8.Discussing on Teaching Methods of Geological Courses in Civil Engineering(Geotechnical Engineering);土木工程专业(岩土工程方向)地质基础课的教学方法探讨
9.geotechnical information unit [Civil Engineering Department]岩土工程数据库〔土木工程署〕
10.Geotechnical engineering and reinforced structures岩土工程和加固的结构.
11.Standard for fundamental terms of geotechnical engineering岩土工程基本术语标准
12.Specification for investigation of geotechnical engineering of tall buildings高层建筑岩土工程勘察规程
13.Specification for report of geotechnical investigation岩土工程勘察报告书编制规程
14.Technical specification for investigation of geotechnical engineering of fossil fuel power plant火力发电厂岩土工程勘测技术规程
15.Specification for mapping of geotechnical investigation report岩土工程勘察报告图例图式规程
16.Practical teaching reform of geotechnical engineering for civil engineering majors土木工程专业岩土工程实践性教学改革思考
17.Teaching Reform and creative practice Research of Soil Mechanics Test Course岩土力学实验课程的教学改革与实践
18.Classroom teaching methods of civil engineer materials土木工程材料课程课堂教学方法探讨
相关短句/例句
geotechnical courses岩土工程课程群
1.Based on the analysis of the curricula and teaching materials of the similar specialties in some famous universities,this paper studies the principles of the teaching reform in thegeotechnical courses of soil construction specialties in the new period and puts forward some reform measures about the courses.在分析国内部分知名院校的土建类专业的岩土工程课程群设置情况和现行教材的内容的基础上,对新时期土建类专业的岩土工程课程群教学改革原则进行了研究,提出了具体的岩土工程课程群教学改革措施。
3)geoengineering courses岩土类课程
4)geotechnical engineering岩土工程
1.Impact of reclamation by blasting mountains on environment andgeotechnical engineering in Wenzhou;温州劈山围海造地对环境及岩土工程的影响
2.Relations between mininggeotechnical engineering and mine development;煤矿岩土工程与煤矿发展关系探讨
3.Automatic modeling method of numerical analysis ingeotechnical engineering based on 3D geologic model;基于三维地质模型的岩土工程有限元自动建模方法
5)rock and soil engineering岩土工程
1.Analysis onrock and soil engineering disasters and prevention measures;岩土工程灾害分析与防治对策
2.The application of Rayleigh wave method inrock and soil engineering detection;瑞雷波法在岩土工程检测中的应用
3.Application of Monte-Carlo method for reliability analysis ofrock and soil engineering;蒙特卡洛方法在岩土工程可靠性分析中的应用
6)geo-technical engineering岩土工程
1.Discussion on environmentalgeo-technical engineering in urban underground construction;城市地下施工中环境岩土工程问题的探讨
2.A mining project is like a complicated and large scale geo-technical site similar features between the knowledge system, training program and student careers in the two disciplines of mining engineering andgeo-technical engineering are compared here.根据采矿工程是庞大复杂的岩土工程的事实 ,研究了采矿与岩土工程学科的知识体系、人才培养计划、就业的相通性 ,将“采矿工程”专业拓宽为“采矿与岩土工程”专业 ;在近十年里对原采矿工程专业的培养计划、课程、教材进行了改革和建设 ,培养了一大批复合型学士、硕士和博士 ;证明了采矿工程人才和岩土工程人才可双向流动和两个专业的可合并性 ;通过改革 ,也拓宽了采矿专业教师的知识和科研领域 ,提高了实验室利用率 ;从而保证了中南大学采矿学科在多年大环境不利的形势下 ,不仅得以生存而且得到较大发
3.The plan design method ofgeo-technical engineering based on the virtual reality can discover and modify the unjustified steps of a plan,combine together the designer s experience and the scientific calculation.基于虚拟现实的岩土工程方案设计方法可及时发现并修改方案中不合理的环节,使设计人员的经验和科学计算结合在一起,不仅能利用信息技术的最新成果,还能充分发挥设计人员的想象力和创造力,并能在虚拟的环境中对工程技术人员进行培训,确保岩土工程施工安全高效地进行。
延伸阅读
工程岩土学工程岩土学rockandsoilengineering为工程建设研究岩石和土的成分、结构、构造和工程地质性质的科学。工程地质学的分支学科。曾称为土质学。位于地壳表层的岩体和土体在工程建设中往往作为建筑基础和建筑材料以及边坡工程和地下洞室的环境。因此研究工程岩土学对保证各类工程建设的合理设计、顺利施工和安全稳定具有重要意义。工程岩土学的研究内容主要是：①测定岩土的工程地质性质，为工程建筑设计提供定量指标。其中主要包括岩土的物理性质和力学性质。②研究岩土的物质成分和结构特点，以及各成分间的物理-化学作用，确定它们对岩土工程地质的影响。③查明岩土的分布规律，预测其在外界干扰下的变化趋势及其危害。④研究测试岩土工程地质性质指标的方法。⑤研究人工改良岩土体工程技术性质的理论和方法。
